MEM-DR564L-012 Supermicro 64GB DDR5 5600MBPS PC5-44800 ECC Registered 1.1v CL46 SDRAM 288-pin RDIMM

Capacity: 64GB

The SuperMicro MEM-DR564L-012 DDR5 is a high-performance memory module that offers an impressive capacity of 64GB. This substantial amount of memory is crucial for users who require extensive multitasking capabilities and need to run resource-intensive applications. Whether you are a professional designer working on large graphic files or a data scientist analyzing massive datasets, the 64GB capacity of this memory module ensures that you have enough space to handle your demanding tasks without any lag or slowdown.

Unleash Your Creativity

With the 64GB capacity of the SuperMicro MEM-DR564L-012 DDR5, creative professionals can push the boundaries of their work. Designers working on complex projects in software like Adobe Photoshop or video editors rendering high-resolution footage can benefit greatly from the vast amount of memory available. It allows for seamless editing, smooth transitions, and real-time previews, enabling designers to bring their creative vision to life without any compromises.

Effortless Multitasking

For professionals who often find themselves juggling multiple applications simultaneously, the 64GB capacity ensures smooth multitasking. With this memory module, you can have resource-hungry applications running in the background while seamlessly switching between different tasks without experiencing any delays or performance bottlenecks. Whether you are running virtual machines, compiling code, or handling large datasets, the 64GB capacity provides ample headroom for efficient multitasking.

Faster Data Processing

The larger capacity of 64GB allows for faster data processing and retrieval. When working with large files or databases, having more memory means that your system can store a significant amount of data in RAM, reducing the reliance on slower storage devices like hard drives or SSDs. This results in faster access times and improved overall system performance. Tasks such as data analysis, rendering, and simulations can benefit greatly from the increased capacity, enabling you to complete them in less time.

Speed: 5600MBPS

The SuperMicro MEM-DR564L-012 DDR5 boasts an impressive speed of 5600MBPS. This high-speed performance is essential for users who require quick data transfer rates and smooth operation of their systems. Whether you are a gamer looking for a lag-free gaming experience or a professional needing to process data quickly, the 5600MBPS speed of this memory module ensures that your system operates at its peak performance.

Lightning-Fast Gaming

Gamers can rejoice with the lightning-fast speed of 5600MBPS offered by the SuperMicro MEM-DR564L-012 DDR5. It ensures minimal loading times, smooth gameplay, and quick response times. Whether you are exploring vast open-world environments or engaging in fast-paced multiplayer battles, the high-speed performance of this memory module guarantees an immersive and enjoyable gaming experience without any lag or stuttering.

Rapid Data Processing

Professionals dealing with data-intensive tasks can greatly benefit from the 5600MBPS speed of this memory module. Whether you are working with large datasets, rendering videos, or performing complex simulations, the high-speed performance ensures quick data processing. This translates into faster results, reduced waiting times, and increased productivity. Tasks that used to take hours can now be completed in a fraction of the time, enabling professionals to work more efficiently.

Seamless Multimedia Editing

The high speed of 5600MBPS ensures seamless multimedia editing for professionals in fields such as video production or music composition. Whether you are editing high-resolution videos or working with multiple tracks in a digital audio workstation, the fast data transfer rates allow for smooth playback and real-time editing. This eliminates the frustration of dropped frames, audio glitches, or laggy response, enabling you to focus on your creative process without any interruptions.

Form Factor: RDIMM

The SuperMicro MEM-DR564L-012 DDR5 features a form factor known as RDIMM (Registered DIMM). This form factor offers several benefits and is widely used in servers and high-performance computing systems. The RDIMM form factor ensures compatibility and reliability for users who require stable and efficient memory modules for their critical applications.

Enhanced Stability and Reliability

RDIMMs are designed with an additional register that helps reduce electrical loading on the memory bus. This results in improved stability and better signal integrity, ensuring reliable operation even under heavy loads. For users who rely on their systems for critical tasks, such as servers running databases or financial institutions processing transactions, the enhanced stability and reliability provided by the RDIMM form factor are essential to prevent data corruption or system failures.

Scalability and Expandability

The RDIMM form factor allows for greater scalability and expandability of memory modules. Servers often require large amounts of memory to handle multiple virtual machines or process extensive datasets. With RDIMMs, you can easily add more modules to increase the overall capacity of your system without sacrificing stability or performance. This flexibility ensures that your system can adapt to evolving demands and accommodate future growth without the need for significant hardware changes.

Compatibility with Server Platforms

RDIMMs are widely supported by server platforms, making them an ideal choice for users in enterprise environments. Whether you are upgrading existing servers or building a new infrastructure, the compatibility of RDIMMs ensures seamless integration with server motherboards and chipsets. This compatibility reduces the risk of compatibility issues or incompatibilities between different components, providing a hassle-free experience during installation and setup.

Voltage: 1.1V

The SuperMicro MEM-DR564L-012 DDR5 operates at a low voltage of 1.1V. This low voltage requirement offers several benefits, including reduced power consumption, improved energy efficiency, and lower operating temperatures. Whether you are a conscious user looking to reduce your carbon footprint or a data center manager aiming to optimize power usage, the 1.1V voltage of this memory module provides an eco-friendly solution without compromising performance.

Energy Efficiency

Operating at a low voltage of 1.1V, the SuperMicro MEM-DR564L-012 DDR5 consumes less power compared to higher voltage memory modules. This translates into lower energy bills and reduced environmental impact. For users who leave their systems running for extended periods or organizations with large-scale deployments, the energy efficiency provided by the 1.1V voltage is a significant advantage. It allows for cost savings and promotes sustainability by minimizing the carbon footprint associated with computing operations.

Cooler System Operation

The low voltage requirement of 1.1V results in lower power dissipation and reduced heat generation. This leads to cooler system operation and improved thermal management. Heat is a common enemy of electronic components, as excessive temperatures can degrade performance and reduce the lifespan of hardware. By operating at a low voltage, this memory module helps maintain optimal temperatures within your system, ensuring reliable and long-lasting performance.

Compatibility with Low-Power Systems

The 1.1V voltage is compatible with low-power systems that prioritize energy efficiency, such as laptops or small form factor PCs. If you are building a compact system or looking to upgrade your laptop's memory, the SuperMicro MEM-DR564L-012 DDR5 is an ideal choice. Its low voltage requirement ensures compatibility with these systems without compromising performance, allowing you to enjoy the benefits of increased capacity and speed while maintaining energy efficiency.

Error Correction: ECC Registered

The SuperMicro MEM-DR564L-012 DDR5 features Error Correction Code (ECC) technology and is registered. This combination offers enhanced data integrity and reliability, making it a suitable choice for users who cannot afford any data errors or system failures. Whether you are running critical applications, storing important files, or processing sensitive information, the ECC Registered feature of this memory module ensures the highest level of data accuracy and system stability.

Data Integrity and Reliability

The ECC Registered feature provides an additional layer of protection against data errors, ensuring that your system operates flawlessly. Memory errors can occur due to various factors, including cosmic rays, electrical interference, or manufacturing defects. ECC technology detects and corrects these errors on the fly, preventing data corruption and minimizing the risk of system crashes or application failures. By ensuring data integrity and reliability, the ECC Registered feature gives users peace of mind when dealing with mission-critical tasks.

Server-Grade Performance

ECC Registered memory modules are commonly used in server environments where data accuracy is paramount. They offer server-grade performance and are designed to handle heavy workloads while maintaining stability and integrity. For users running servers or high-performance computing systems that require continuous operation under demanding conditions, the ECC Registered feature of this memory module is crucial to ensure uninterrupted performance and protect against potential data loss.

Protection for Sensitive Data

Organizations dealing with sensitive data, such as financial institutions or healthcare providers, cannot afford any compromises when it comes to data security. The ECC Registered feature provides an extra layer of protection for sensitive information by minimizing the risk of data corruption or unauthorized modifications. By using this memory module, you can ensure that your critical data remains intact and secure, meeting regulatory requirements and safeguarding your organization's reputation.

Cas Latency: CL46

The SuperMicro MEM-DR564L-012 DDR5 has a Cas Latency (CL) of 46. Cas Latency measures the time it takes for the memory module to respond to a command from the system. The CL46 value indicates that this memory module has a relatively low latency, offering quick and responsive performance. Whether you are a gamer seeking snappy gameplay or a professional needing instant access to data, the low Cas Latency of this memory module ensures a smooth and efficient computing experience.

Snappy Gaming Performance

For gamers, low Cas Latency translates into snappy response times and reduced input lag. The CL46 value of this memory module ensures that your commands are executed swiftly, allowing for a more immersive and enjoyable gaming experience. Whether you are engaging in fast-paced first-person shooters or playing competitive online games, the low latency provided by this memory module gives you a competitive edge by ensuring that your actions are registered instantly.

Improved Application Responsiveness

Professionals working with resource-intensive applications can benefit greatly from the low Cas Latency of this memory module. Whether you are editing videos, working with complex simulations, or running virtual machines, the quick response times offered by the CL46 value enhance overall system responsiveness. This means that your applications launch faster, data is accessed swiftly, and tasks are completed more efficiently. With low latency, you can work seamlessly without any delays or disruptions.

Efficient Data Processing

The low Cas Latency of CL46 ensures efficient data processing and retrieval. When dealing with large datasets or performing calculations that require frequent access to memory, low latency reduces the time wasted on waiting for data to be fetched. This results in faster data processing, accelerated computations, and improved overall system performance. Whether you are a data scientist crunching numbers or a developer compiling code, the low Cas Latency of this memory module optimizes your workflow and boosts productivity.

Pin Count: 288-pin

The SuperMicro MEM-DR564L-012 DDR5 features a pin count of 288. Pin count refers to the number of electrical contacts on the memory module that connect it to the motherboard. The 288-pin configuration offers several advantages, including compatibility, stability, and high bandwidth capabilities. Whether you are building a new system or upgrading your existing one, the 288-pin design ensures seamless integration and optimal performance.

Broad Compatibility

The 288-pin configuration is widely supported by modern motherboards and chipsets, making it compatible with a wide range of systems. Whether you have a consumer-grade desktop or a high-end workstation, the 288-pin design ensures that this memory module can be easily installed and recognized by your system. This compatibility reduces the risk of compatibility issues or incompatibilities between different components, enabling a hassle-free installation process.

Stability and Signal Integrity

The 288-pin design provides improved stability and signal integrity compared to memory modules with fewer pins. The additional pins help establish more connections between the memory module and the motherboard, resulting in better data transfer rates and reduced electrical noise. This ensures reliable operation even under heavy loads and minimizes the risk of data corruption or system instability. The stability and signal integrity offered by the 288-pin configuration are vital for users who require uninterrupted performance.

High Bandwidth Capabilities

The 288-pin configuration allows for high bandwidth capabilities, enabling fast and efficient data transfer between the memory module and the rest of the system. This is particularly important for users who rely on their systems for tasks that involve handling large files or running memory-intensive applications. The high bandwidth ensures that data can be quickly accessed, processed, and transferred, minimizing waiting times and maximizing overall system performance. Whether you are working with multimedia files or running virtual machines, the 288-pin design optimizes data throughput and enhances your productivity.